The range of existence and the properties of two essentially different chaotic attractors found in a model of nonlinear convection-driven dynamos in rotating spherical shells are investigated. A hysteretic transition between these attractors is established as a function of the rotation parameter τ. The width of the basins of attraction is also estimated
Hide et al. (Hide, Skeldon & Acheson 1996 Proc. R. Soc. A452, 1369–1395) introduced a nonlinear syst...
A five-degree model, which reproduces faithfully the sequence of bifurcations and the type of soluti...
Patterns of convection in internally heated, self-gravitating rotating spherical fluid shells are in...
The range of existence and the properties of two essentially different chaotic attractors found in a...
Bistability and hysteresis of magnetohydrodynamic dipolar dynamos generated by turbulent convection...
Bistability and hysteresis of magnetohydrodynamic dipolar dynamos generated by turbulent convection ...
The problem of the generation of magnetic fields by convection in rotating spherical fluid shells is...
Investigating new chaotic flows has been a hot topic for many years. Studying the chaotic attractors...
Studying new chaotic flows with specific characteristics has been an open-ended field of exploring n...
We study axisymmetric mean field spherical and spherical shell dynamo models, with both dynamic and ...
The presence of chaotic transients in a nonlinear dynamo is investigated through numerical simulatio...
We investigated with a quasi-geostrophic model convection in an internally heated rapidly rotating s...
In 1979, H. K. Moffatt has pointed out that the conventional treatment of the simplest self-exciting...
Convection and magnetic field generation in the Earth and planetary interiors are driven by both the...
International audienceWe study numerically an extensive set of dynamo models in rotating spherical s...
Hide et al. (Hide, Skeldon & Acheson 1996 Proc. R. Soc. A452, 1369–1395) introduced a nonlinear syst...
A five-degree model, which reproduces faithfully the sequence of bifurcations and the type of soluti...
Patterns of convection in internally heated, self-gravitating rotating spherical fluid shells are in...
The range of existence and the properties of two essentially different chaotic attractors found in a...
Bistability and hysteresis of magnetohydrodynamic dipolar dynamos generated by turbulent convection...
Bistability and hysteresis of magnetohydrodynamic dipolar dynamos generated by turbulent convection ...
The problem of the generation of magnetic fields by convection in rotating spherical fluid shells is...
Investigating new chaotic flows has been a hot topic for many years. Studying the chaotic attractors...
Studying new chaotic flows with specific characteristics has been an open-ended field of exploring n...
We study axisymmetric mean field spherical and spherical shell dynamo models, with both dynamic and ...
The presence of chaotic transients in a nonlinear dynamo is investigated through numerical simulatio...
We investigated with a quasi-geostrophic model convection in an internally heated rapidly rotating s...
In 1979, H. K. Moffatt has pointed out that the conventional treatment of the simplest self-exciting...
Convection and magnetic field generation in the Earth and planetary interiors are driven by both the...
International audienceWe study numerically an extensive set of dynamo models in rotating spherical s...
Hide et al. (Hide, Skeldon & Acheson 1996 Proc. R. Soc. A452, 1369–1395) introduced a nonlinear syst...
A five-degree model, which reproduces faithfully the sequence of bifurcations and the type of soluti...
Patterns of convection in internally heated, self-gravitating rotating spherical fluid shells are in...
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